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Geotextiles PP-MSU Slavros

Description

Material: polypropylene
Production Method: Mechanical Method (Needle Punch)

Geosynthetic material intended for use in the structural layers for various purposes (draining, filtering, separating and protecting) in transport construction (in the construction and reconstruction of roads, platforms, parking lots, construction of airfields) and related to the classification of geosynthetic non-woven "according to the classification of geosynthetic materials.
Application area: 
  • temporary and permanent roads;
  • foundations of buildings and structures;
  • railways;
  • sports facilities - athletics, tennis courts, football fields, etc .;
  • improvement of car parks, pedestrian coverings;
  • andscape design.
The advantages of the material:
  • universal material that simultaneously has separating and draining properties;
  • geotextiles have an elongation under maximum load up to 95%, thus local damage does not lead to the destruction of the material and the geotextiles continue to perform their functions;
  • universal filtering ability, due to the specific structure of the material, which makes it practically impossible for soil particles to penetrate into the pores of geotextiles and clog them. This allows you to provide resistant filtering quality of the material under the pressure of the soil and in conditions of strong vibration;
  • high resistance to tearing and puncturing, which is especially appreciated when laying;
  • The material is easy to fit in the horizontal and vertical planes and does not require special mechanisms during installation.

Where is it used?

Used in transport construction:
  • construction and reconstruction of roads;
  • parking lots;
  • airfields.
Road construction
more about road construction...

Name of the indicator

unit of measurement

PP-MSU 0,5

PP-MSU 7,5

PP-MSU1

PP-MSU2

PP-MSU3

PP-MSU4

PP-MSU5

PP-MSU6

PP-MSU7

PP-MSU8

PP-MSU9

PP-MSU10

Surface density g/m2, ± 20 %

mm

100

130

150

200

250

300

350

400

450

500

550

600

Thickness at pressure 2,0 кПа, ± 10 %

mm

0,80

0,95

1,15

1,35

1,55

1,85

2,00

2,15

2,40

2,55

2,75

3,00

Explosive load, not less:

- by lenght

- by width

kN / m

5,0

5,0

7,5

7,5

10

10

13,0

11,0

15,0

14,0

17,0

16,0

19,0

18,0

20,0

19,5

24,0

23,0

26,0

25,0

28,0

27,0

31,0

30,0

Relative lengthening at the maximum load, no more:

- by lenght

- by width

%

%

100

100

Relative lengthening at loading of 25%, no more:

- by lenght

- by width

%

%

35

30

35

30

35

30

35

28

30

28

30

25

30

25

28

25

28

20

28

20

25

20

20

20

Static burst strength, not less

кН

0,8

1,0

1,3

1,6

2,0

2,2

2,7

2,9

3,1

3,4

3,6

3,9

Tests with a falling cone, not more

mm

45

40

35

25

23

21

17

17

15

14

12

10

Permeability in the perpendicular direction, speed index VIn50 not less

mm/

sec

100

80

75

70

65

60

55

50

45

40

35

30

 Characteristic of open pores Q90 , no more

 

um

 

200

 

150

 

110

 

105

 

100

 

95

 

90

 

90

 

90

 

85

 

80

 

70

 

Resistance to aggressive media, not less

 

%

                      

80

 

UV resistance, at least

 

%

 

80

 

Resistance to repeated freezing and thawing, not less

 

%

 

80

 

Resistance to mold fungi

 

Not higher

 

PG113 

 Resistance to cyclic loads, not less
 

%

 

90

 

Filtration coefficient in the direction perpendicular to the density at a pressure of 2.0 kPa, not less

 

m / day

     

70

 

65

 

60

 

55

 

55

 

45

 

45

 

40

 

40

 

40


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